One coordinated steel building system.

Designed, detailed and fabricated around your process, site conditions, operating loads and future plans.

PEB anatomy

Understand the complete structure.

Every element is coordinated as part of one engineered building—from foundations and primary frames to roofing, crane loads and future solar installation.

Original cutaway illustration of a PEB shed with crane, mezzanine, ventilation and rooftop solar provisions

01 · Portal frames02 · Purlins & girts03 · Bracing04 · EOT crane runway05 · Mezzanine06 · Roof ventilation07 · Daylight panels08 · Solar-ready roof

Technical scope

Engineered around the application.

Final member sizes and specifications are established through project-specific engineering and approved drawings.

Primary framing

Tapered columns and rafters engineered for project loads, geometry and applicable design criteria.

Secondary steel

Cold-formed purlins and girts support roof and wall systems while transferring loads to the main frames.

Stability system

Roof and wall bracing, flange restraint and end-wall framing provide longitudinal and lateral stability.

Building envelope

Profiled or insulated roof and wall panels with trims, flashings, gutters, downpipes and closures.

Openings & accessories

Doors, windows, louvers, ridge ventilation, roof monitors, canopies, walkways and access systems.

Special provisions

Mezzanine floors, equipment support, EOT crane runway systems and coordinated service penetrations.

Building geometrySingle-span, multi-span, lean-to and multi-gable configurations

Design inputsDead, live, wind, seismic, collateral, crane and equipment loads

Roof optionsProfiled sheeting, insulation systems, standing-seam coordination and skylights

Project dimensionsWidth, eave height, roof slope and bay spacing customised to the requirement

EOT crane provisions

Designed for lifting operations.

PEB frames can be engineered with crane brackets, runway beams, bracing and service clearances for EOT systems. Crane capacity, duty class, hook approach and operating loads are coordinated during structural design.

Solar installation provisions

Roof-ready for clean energy.

We can coordinate the structural allowance, panel layout zones, maintenance access, cable routes and roof-system interfaces required for future or immediate rooftop solar installation.

Why PEB

Practical benefits for growing industry.

A well-planned PEB combines structural efficiency with speed, usable space and long-term flexibility.

Faster project delivery

Factory-controlled fabrication and bolted site assembly can reduce construction time.

Optimised steel use

Tapered built-up members place material where structural demand requires it.

Flexible clear space

Wide, unobstructed floor areas support production lines, storage and material movement.

Future adaptability

Extensions, mezzanines, canopies and service loads can be coordinated during design.

Integrated envelope

Roofing, wall cladding, daylighting, ventilation and insulation can form one coordinated package.

Lower lifecycle burden

Durable finishes and planned drainage simplify upkeep over the building life.

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